KR102195878B1 - Blown bed mattress with functional frame - Google Patents

Abstract

According to the present invention, an air blow-based bed mattress with a functional frame comprises: an air blower apparatus including a fan and a driving unit which controls driving of the fan; a mattress main body including an accommodation unit which accommodates the air blower apparatus, and an air blow path placed in the accommodation unit to have a certain length and patterns to be extended from an upper surface and to provide a moving path for the air introduced through the air blower apparatus; and the functional frame which has a plurality of penetrating holes, a sealing panel which fills an upper space of the air blow path forming an upper surface of the mattress main body, and a leg extended from a lower surface of the sealing panel to a floor surface of the air blow path. According to the present invention, the air blow-based bed mattress with the functional frame is able to have the air blow path conveniently cleaned even if the air blow path is formed in the mattress main body, and to prevent an upper surface of the mattress from sinking in the direction of gravity because of the load of a user due to the generation of the air blow path by the functional frame.

Description

Ventilation-based bed mattress with functional frame {BLOWN BED MATTRESS WITH FUNCTIONAL FRAME}

The present invention relates to a ventilation-based bed mattress having a functional frame, and in more detail, it provides a function of blowing air at room temperature or warm temperature, but the ventilation path for moving the air is opened from the top of the mattress to the inside. It relates to a bed mattress having a functional frame having a concave structure to provide convenience for management and cleaning, and to prevent a problem that the periphery of an open ventilation path is turned down by a user's load.

A bed mattress is generally composed of an interior material and a cover surrounding the interior material in a state of a hexahedron having a certain thickness.

This interior material provides the main functions of a bed mattress, that is, a variety of functions that provide cushioning and ventilation functions for the user's sleeping comfort.

In the past, porous foams such as sponges were frequently used as interior materials, but now functional cushioning materials such as latex foam and memory foam are used, as well as multiple springs installed at regular intervals to maintain the shape, as well as different materials. Various products consisting of a multilayer structure made of or mixed with are on the market.

These mattresses are characterized by direct contact with the user's body for a considerable amount of time equivalent to a user's bedtime, for example, 1/3 of a day, and functional products with various additional functions are being released compared to any other furniture. It is a situation.

For example, a bed mattress with a structural function that provides a thermal insulation function by discharging warm air as well as a function due to material characteristics such as the memory foam mentioned for a while has been released.

As a prior art for a bed mattress that provides a thermal insulation function by blowing, a blowing device of Korean Patent No. 2113116 and a mattress including the same are disclosed.

This prior art is a blower module body which is detachably installed on an installation part provided on one side of the mattress body, is provided inside the blower module body, and blows air flowing into the mattress body after inhaling external air from the mattress body. A fan, a guide duct connected to the discharge part of the blowing fan, and a discharge end protruding outside the main body of the blowing module so as to guide the discharged air discharged from the blowing fan into the inside of the mattress body, and discharge of the guide duct Includes a cartridge module detachably provided at the end and vaporizing and supplying a fragrance or antibacterial component to the discharged air flowing through the guide duct, wherein the cartridge module is the guide duct protruding to the outside of the blowing module body It has been described that a portion of the inside of the discharge end is detachably coupled to the cartridge installation portion formed in such a manner as to be cut off, thereby providing an advantage of improving user convenience.

However, in this technology, the blown air is moved through the penetration path formed inside the mattress, and then is moved from the penetration path to the top surface of the mattress through micro holes. In this case, it is difficult to clean the penetration path easily when foreign matters are caught in the penetration path. Follows. In order to solve this problem, it is possible to clean the through path from the top of the mattress by opening the through path to the top of the mattress, that is, by allowing the through path to be recessed from the top of the mattress. There may be a problem that the top of the mattress is turned off downward, causing a foreign body sensation at bedtime.

Accordingly, there is a need to devise a means to provide an environment that can be conveniently cleaned through a blow path that is open toward the top of the mattress, but prevents the problem of turning off the top of the mattress due to this blow path.

The present invention was devised to overcome the problems of the above technology, and at the same time, a functional frame for ventilation function is inserted into the ventilation path while securing ease of cleaning through the blowing path opened to the top of the mattress in the mattress providing the blowing function. The main purpose is to provide a bed mattress that prevents the problem from occurring due to the user's load.

Another object of the present invention is to stably prevent the problem of turning off by configuring a functional frame with a sealing panel and a leg extended to support it.

Another object of the present invention is to present various structures of the leg and at the same time provide a support portion at the lower end of the leg to add various functions such as impact relief in addition to the support function.

An additional object of the present invention is to maximize the utility of a bed mattress by combining various additional functions with a functional frame.

In order to achieve the above object, a blower-based bed mattress having a functional frame according to the present invention includes: a blower having a fan and a driving unit for controlling driving of the fan; A mattress body having a receiving portion accommodating the blowing device, and a blowing path recessed from an upper surface in a state having a predetermined length and pattern in the receiving portion to provide a moving path of the air introduced through the blowing device; A functional frame having a plurality of through-holes, including a sealing panel that fills the upper space of the blowing path forming an upper surface of the mattress body, and a leg extending from the bottom surface of the sealing panel to the bottom surface of the blowing path; It characterized in that it includes.

In addition, the leg is characterized in that it consists of two erected portions extending from the bottom surface of the sealing panel to the bottom surface of the air blower in a state spaced at regular intervals.

In addition, the leg, as connecting the standing portion, characterized in that it comprises a connecting portion having a plurality of through holes.

According to the ventilation-based bed mattress having a functional frame according to the present invention,

1) Even if the ventilation path is formed in the body of the mattress, it can be conveniently cleaned, while the functional frame prevents the problem that the upper surface of the mattress is turned off in the direction of gravity due to the user's load caused by the ventilation path.

2) A functional frame can be embodied with sealing panels and legs to provide a stable anti-off function.

3) Not only can it absorb or disperse the shock provided from the top of the mattress by the various structures of the legs,

4) By adding various additional functions such as sterilization, pressure measurement, dehumidification, and air cleaning to the functional frame, it has the effect of making the mattress more convenient and beneficial.

1 is an exploded perspective view showing a schematic structure of a bed mattress of the present invention.
Figure 2 is a longitudinal sectional view showing various embodiments of the functional frame of the present invention.
Figure 3 is a longitudinal sectional view showing various embodiments provided with an additional support to the functional frame of the present invention.
4 is a conceptual diagram showing an embodiment in which a hinge is mounted on a functional frame.
5 is a block diagram showing a detailed configuration of a blowing device and a functional frame.
6 is a cross-sectional view showing the laminated structure of the sealing panel.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale, and the same reference numerals in each drawing refer to the same elements.

1 is an exploded perspective view showing a schematic structure of a bed mattress of the present invention.

First, the bed mattress of the present invention can be used independently by being mounted on a known bed or spreading on the floor for sleeping. As is well known, a known bed consists of a mattress and a frame on which the mattress is mounted.

A typical mattress is made of a cushion material such as latex and has a spring therein. In the present invention, this mattress is referred to as the mattress body 10.

In the present invention, the upper surface of the mattress body 10 is referred to as an upper surface, and a direction entering downward from the upper surface is defined as an inner direction.

The mattress body 10 of the present invention, unlike a known mattress, includes various detailed configurations related to the blowing device 100 including the blowing device 100, which will be described in detail with reference to FIG. 1.

First, the blower 100 is mounted on one side of the mattress body 100, as can be seen from FIG. 1, and its exterior is made of a hexahedral housing. Of course, it is possible that the housing has various three-dimensional structures other than a hexahedron.

In order to mount such a housing on the mattress body 100, the housing, that is, a space for mounting the blowing device 100, is formed at one side of the mattress body 100. The receiving part 20 refers to a space such as a space formed on one side of the mattress body 100. At this time, although not shown in the drawing, if the blower 100 is mounted on the receiving part 20 in the bed including the frame, the blower 100 can be operated while visually checking the blower 100 from the outside. ) It is possible to form an open space on the side of the frame of the bed corresponding to the mounting portion 20.

The blowing device 100 includes at least one fan 110 and a driving unit 130 in the above-described housing.

The fan 110 performs a blowing function of introducing external air into the interior of the mattress body 10, that is, the blowing path 30. When the volume of the mattress body 10 and the blowing path 30 is large, a plurality of fans 110 may be installed in the housing.

The driving unit 130 performs the function of controlling the ON/OFF driving of the fan 110 as well as controlling the intensity of the wind, and is connected to the fan 110 based on hardware such as a substrate on which the central processing unit is mounted. It may have a structure in which software for performing an electronic function of driving a motor is mounted. The basic configuration and function of the driving unit 130 are the same as those of the well-known driving unit of a blower, so a detailed description thereof will be omitted.

In addition, the blower 100 includes a display panel on one side of the housing, and then includes a touch type or input type switch to operate the driving unit 130 through operation of the switch to turn on/off the fan 110, It is possible to adjust the intensity. The display panel may not only have a function of visually displaying the driving state of the fan 110, but also may display driving states of various detailed configurations to be described later.

In addition, the blower device 100 may include a communication unit and a pairing means to be connected to a mobile communication terminal such as a smart phone, that is, a user terminal. In this case, the driving unit 130 may be driven by manipulating the user terminal through an app installed in the user terminal.

Additionally, the blower device 100 may include a heater 121. In this case, air introduced from the outside is heated by the heater 121 to become warm air. In response to this, the driving unit 130 may include a function of controlling the temperature of the heater 121 as well as on/off of the heater 121.

That is, the blowing device 100 of the present invention provides a general blowing function for discharging room temperature wind to the upper surface of the mattress body 10 so that the user feels cool, as well as discharges warm air in winter or cold season. Thus, it is possible to provide a warming function. However, it is preferable that the blower 100 does not have a cold air generating means such as an air conditioner. When the cold air is discharged to the upper surface of the mattress body 10, the user who is in direct contact with the upper surface of the mattress body 10 This is because there is a risk of hypothermia.

Air introduced into the mattress body 10 through the blowing device 100 moves along the blowing path 30 branched from the receiving portion 20 into the mattress body 10.

The blower 30 provides a passageway through which air introduced through the blower moves, and may be evenly distributed over the entire mattress body 10 or may be distributed over an area other than the user's head side. . Such a blow path 30 has a structure that is open to the upper surface of the mattress body 10, unlike a blow path in a bed mattress having a known blowing function having a tunnel structure. In other words, the ventilation path 30 is a structure recessed from the upper surface of the mattress body 10 in an inward direction, and when viewed from above, the paths of the ventilation path 30 are all revealed to the naked eye.

In FIG. 1, the air blower 30 has a pattern such as'wang', but is not limited thereto, and various patterns such as V, II, S, and Z may be used.

If the ventilation path 30 is made of a known tunnel structure, if a foreign substance enters the inside of the ventilation path 30, there is a problem that it is not possible to provide a special method to clean it. However, as in the present invention, the ventilation path 30 When the upper open structure is formed, the mattress body 10 may be removed from the blanket or mat covered, and then the ventilation path 30 may be easily checked with the naked eye while providing a basis for cleaning.

However, if a depression occurs in the upper surface of the mattress body 10 called the blowing path 30, when the user lies down on the mattress body 10, the other part around this blowing path 30 centering on the blowing path 30 is lowered while a step occurs. Not only may a problem of being turned off, but also because the upper surface of the mattress body 10 is not flat, there may be a probability that a user may feel a foreign body.

In order to solve this problem, the mattress body 10 of the present invention includes a functional frame 200.

The functional frame 200 covers the top surface of the mattress body 10 or covers the top surface of the mattress body 10 in a state provided with a plurality of through holes 210 so as to discharge the air in the blowing path 30 toward the top surface of the mattress body 10 It means a structure that is fitted to the upper portion of (30) (ie, a portion around the upper surface of the mattress body). The functional frame 200 may be made of a porous foam such as a sponge or a known mattress, or may be made of a harder material to have a support function. In addition, the through hole 210 has a structure that penetrates from the upper surface of the functional frame 200 to the lower surface direction, that is, in the upright direction, so that the air in the blowing path 30 is transmitted to the upper surface of the mattress body 10 which is the standing direction. do.

This functional frame 200 may be formed in the same pattern as the extension pattern of the blowing path 30 and be fitted and coupled to the blowing path 30, wherein the functional frame 100 covers the entire blowing path 30 or partially It can cover and consist of a single body, or as can be seen from FIG. 1, it may be formed of a plurality of divided segments to have a predetermined unit length.

In addition, the planar shape of the functional frame 200 coupled to the intersection of the air blower 30 may be formed in a cross shape.

That is, when the ventilation path 30 is branched into a plurality of branches, the power-off phenomenon may further occur at the intersection point, so that the functional frame 200 has a cross shape as mentioned above at the intersection point of the ventilation path 30. It is desirable to be filled.

Since the main function of this functional frame 200 is to prevent the problem that the periphery of the blower 30 is turned off in the downward direction, that is, in the direction of gravity, under the load of the user, if this is satisfied, Although it is not necessary to have a volume, in order to prevent the problem that the functional frame 200 itself is pulled or struck by the bottom surface of the blower 30 due to the user's load, the sealing panel 250 and the leg 260 are specifically used. consist of.

The sealing panel 250 is formed of a plate-like body to fill the upper space of the air blower forming the upper surface of the mattress body 10 or cover the upper opening of the air blower 30. That is, when the sealing panel 250 is filled in or covers the upper space of the blowing path 30, the upper surface of the mattress body 10 has a flat state. The above-described through hole 210 is preferably formed in the sealing panel 250, but is not limited thereto and may be formed in the leg 260 to be described later. In addition, it has been described above that the planar shape of the functional frame 200 may have a cross shape, but the planar shape of the sealing panel 250 may be made of such a cross shape.

The leg 260 is a structure extending from the bottom surface of the sealing panel 250 to the bottom surface of the blowing path 30 and supports the sealing panel 250, that is, the sealing panel 250 is turned off to the lower side of the blowing path 30. It plays a role in preventing the problem of losing or being hit. That is, the leg 260 prevents the sealing panel 250 from being shifted in the direction of gravity in a state where the sealing panel 250 does not fill the entire space of the blower 30 but only the upper space, and prevents the upper surface of the mattress body 10 It serves to maintain the flat state, that is, serves to prevent sagging of the sealing panel 250.

The overall longitudinal shape of the sealing panel 250 and the legs 260 may be said to have a'T' shape, and as will be described later, when the number of legs 260 is two, the'c' shape is clocked. It may be the same shape rotated 90 degrees in the direction.

As mentioned above, when the planar shape of the sealing panel 250 has a cross shape, the leg 260 extends downward from this central region or takes a structure extending downward to four in each of the total four branch regions. It is possible.

This functional frame 200 may have various shapes depending on the structure of the leg 260, which will be described later.

In summary, in the bed mattress of the present invention, the ventilation path 30 for moving air is opened to the upper surface of the mattress body 10 so that the ventilation path 30 can be more conveniently cleaned and managed, as well as the sealing panel 250 ) And the functional frame 200 consisting of the legs 260 can be detachably fitted or covered with the ventilation path 30, so that the mattress body 10 is turned down by the user's load by the generation of the ventilation path 30. It provides characteristics that can effectively prevent problems.

2 is a longitudinal sectional view showing various embodiments of the functional frame of the present invention.

Figure 2 (a) shows that the leg 260 is made of a spring 261, in this case, when the mattress body 10 itself elastically flows under the load of the user by elastically supporting the sealing panel 250 As it flows according to this rhythm and elastically supports the sealing panel 250, it may perform a function of alleviating an external shock.

In this case, the leg 260 of FIG. 2(a) does not necessarily have to be made of the spring 261, and if it is made of a material having higher elasticity than the sealing panel 250, the above-described elastic flow and external shock relaxation functions can be performed. .

The legs 260 of FIGS. 2(b) and 2(c) show a structure that extends in two numbers from the bottom of the sealing panel 250 to the bottom of the blower 30 while being spaced apart from each other by a predetermined distance. I did it.

The functional frame 200 having these two legs 260 may have a “ㅠ” shape as shown in FIG. 2(b) or “C” as shown in FIG. 2(c) according to the separation distance of the legs 260. It can have the same shape as the shape rotated 90 degrees clockwise.

According to this functional frame 200, it is possible to provide a characteristic capable of supporting the sealing panel 250 more stably than a structure in which one leg 260 is mounted.

In the embodiment of the functional frame 200 according to FIG. 2(d), as shown in FIGS. 2(b) and 2(c), a connection part 270 connecting the legs 260 in a state consisting of two legs 260 It relates to a structure additionally provided.

The connection part 270 may be spaced apart from the bottom surface of the blowing path 30, but it is preferable to be in close contact with the bottom surface of the blowing path 30 in order to support the sealing panel 250 more stably.

In this case, the through hole 210 may be formed through the connection part 270 so as not to interfere with the blowing function.

3 is a longitudinal cross-sectional view showing various embodiments of the present invention further including a support part in the functional frame.

First of all, various embodiments of FIG. 3 show a structure including a support part 280 at the lower end of the leg 260, and this support part 280 is constant at the bottom of the blower 30, like the connection part 270 described above. By having a structure that is spaced apart in height or in close contact with the bottom surface of the air blower 30, the sealing panel 250 and the leg 260 are stably supported.

3(a) shows a structure in which the support part 280 is bent and extended to the same length in both directions from the lower end of the leg 260. In this case, the overall shape of the functional frame 200 is "H" It has the same shape as rotated 90 degrees in the direction.

According to this structure, it is possible to provide a characteristic capable of being supported on the bottom surface of the blowing path 30 more stably and steadily than the functional frame 200 in FIG. 1 shown above.

3(b) is the same as the structure of FIG. 3(a) that the support part 280 is bent and extended to the same length from the lower end of the leg 260 in both directions, but the support part 280 extends in a straight shape in the horizontal direction. It is not about a structure that is curved upwardly and extends in a convex shape. At this time, the support part 280 is made of a flexible material or an elastic material.

According to this structure, the support part 280 itself provides a cushioning function for absorbing or dispersing the pressure provided in the upper direction of the blower 30 so that the pressure generated on the upper surface of the mattress body 10 such as the user's load is reduced. It is possible to prevent the problem of being concentrated in the blowing path 30 so that the functional frame 200 is turned off downward of the blowing path 30 in advance.

In the embodiment of FIG. 3(c), the leg 260 is additionally provided with a support part 280 in a state in which the leg 260 is not extended in a vertical direction but is obliquely extended. Specifically, the leg 260 is a sealing panel ( 250) extends obliquely in a downward direction opposite to the other, and the support 280 takes a structure extending along the direction in which the sealing panel 250 extends from the lower end of the leg 260, resulting in "Z" and It has a similar shape. At this time, as well as the support part 280, the leg 260 may be made of a flexible material or an elastic material.

According to this structure, when pressure is transmitted from the upper surface of the mattress body 10, the leg 260 elastically flows (vibrates) between the sealing panel 250 and the support part 280 to provide a function of dispersing the pressure. In other words, as the leg 260 extends in an inclined direction rather than a vertical direction, the fluidity is reinforced due to the difference in the angle from the pressure direction of the upper surface of the mattress body 10 provided vertically, and as a result, the pressure distribution function is reinforced. I made it.

Through the various modified structures of the functional frame 200 as described above, the function of preventing the mattress body 10 from being turned off is strengthened or the external pressure is efficiently distributed.

4 is a conceptual diagram illustrating an embodiment in which a hinge is mounted on a functional frame.

As can be seen from FIG. 4, when two legs 260 are mounted in the functional frame 200, the two legs 260 are connected to the bottom of the sealing panel 250 via a hinge 290.

The hinge 290 may be formed to protrude from the bottom surface of the sealing panel 250 in a shape such as a shaft (rod), or may be formed of a hinge shaft extending along the width direction of the bottom surface of the sealing panel 250. These two legs 260 may also be made of a flexible material.

According to such a structure, the rotation angle of each of the two legs 260 is adjusted through the hinge 290 so that the legs 260 take a structure that is erected from the bottom of the blower 30, or two The leg 260 is to have a shape such as "G", but using its own flexural property, the end of the leg 260 is bent in the direction of the inner side of the blower 30, and then the end of the leg 260 is a blower. It is possible to fix it by inserting it into the inner side of (30). At this time, a slit into which the end of the leg 260 can be inserted may be formed in the inner surface of the blower 30.

In other words, the leg 260 according to FIG. 4 can be angle-adjusted through the hinge 290 to take a standing structure or insert it into the inner surface of the air blower 30 to support the functional panel 200. It provides a characteristic that ensures diversity.

5 is a block diagram showing a detailed configuration of a blowing device and a functional frame.

The above-described blowing device 100 may include a sterilization lamp 122. Specifically, a rod-shaped sterilization lamp 122 extending perpendicular to the inflow direction of air or extending in various other directions may be mounted on the housing of the blower 100. The sterilizing lamp 122 is a lamp that performs a function of irradiating ultraviolet rays such as UV-C including a wavelength having a sterilization function of about 260 nm, and serves to sterilize the air flowing into the blower 30.

Correspondingly, the blower 100 may include a sterilization lamp management unit 140 that simultaneously drives the sterilization lamp 122 when the fan 110 is driven.

As a result, it is possible to provide a sterilization function of the air as well as a temperature control function by blowing air, thereby providing a foundation for making perfect hygiene.

In addition, the functional frame 200, specifically the sealing panel 250, may include a plurality of pressure sensors 220.

The pressure sensor 220 performs a function of detecting pressure due to a user's load, and may be mounted through the sealing panel 200 in a state distributed in a plurality over the entire area of the blowing path 30. .

According to this, it is possible to grasp the sleeping state of the user, such as whether the user goes to sleep in a specific area of the entire area of the mattress body 10 and how much he moves when sleeping.

To this end, the blowing device 100 may include any one of the display panel and the communication unit described above, and a pressure-based management unit 150.

The display panel may be mounted on the front side of the air blower 100, and thus it may be formed of a touch screen so as to manipulate the aforementioned driving unit 130 and visually display the operation result. In addition, the communication unit provides a communication function for accessing a user terminal such as a smart phone possessed by the user, thereby providing a basis for linking the user terminal and the air blower 100.

The pressure-based management unit 150 includes a sleep state information generation part 151 and an output part 152.

The sleep state information generation part 151 performs a function of generating sleep state information through the pressure distribution of the pressure sensor 220. In this case, the sleeping state information refers to information obtained by synthesizing a plurality of pressure sensors 220 to analyze whether the user moves and how much, and whether or not a specific part is biased.

The output part 152 provides a basis for displaying the sleep state information on the user terminal by outputting it through the above-described display panel or transmitting it to the user terminal when requested by the user.

According to this configuration and function, it is possible not only to inform the user of the sleeping state of the user, but also to perform a basis that can be used as basic analysis data to improve sleep habits or sleep conditions by periodically analyzing the sleeping state. .

6 is a cross-sectional view showing a laminated structure of the sealing panel.

The sealing panel 200 according to FIG. 6 has a structure in which two layers are stacked. Specifically, the functional frame 200 includes a base layer 201 and a functional attachment layer 202.

The base layer 201 may be understood as a basic structure for the sealing panel 250 described above, and may be made of a porous foam having a through hole 210.

The functional adhesion layer 200 is a layer that is in contact with the leg, and can be detachably attached to the bottom surface of the base layer 201, that is, the bottom surface while also having the through-hole 210, and is one of a filter and a dehumidifying plate. Includes one.

The filter provides a function of purifying, that is, filtering, air, and may be formed of a plurality of layered structures including a known HEPA filter.

The desiccant plate provides a function of lowering humidity by absorbing moisture in the air by an electronic or chemical function. For example, a desiccant plate for implementing an electronic function is provided with a dryer and a condenser to cool the air and It performs a dehumidifying function by collecting moisture in the air during the cooling process. To this end, a discharge path for discharging the collected moisture to the outside of the blower 30 may be additionally provided.

Alternatively, the desiccant plate for chemical treatment may be coated with a material having a cation exchange property and adsorption function, such as zeolite or silica gel, and adsorb water molecules in the air by the adsorption function of the material.

In summary, the functional adhesion layer may be composed of a filter or a dehumidifying plate for purifying air, and may perform an air purifying function or a dehumidifying function.

Through this, the air discharged to the upper surface of the mattress body 10 in which the user is located can be given a property to keep the air discharged more clean and fresh.

When the functional attachment layer 202 is provided as described above, a surface detection sensor 240 may be additionally provided on one side of the blower 30.

The surface detection sensor 240 can be made of, for example, a type of photo sensor with its own light emitting means, and the surface appearance image of the functional adhesive layer 202 in the state facing the functional adhesive layer 202 described above After taking a picture, it performs a function of generating uniformity information through the pixel distribution of this image.

Correspondingly, the blowing device 100 may include a functional adhesion layer management unit 170.

Specifically, the functional adhesion layer management unit 170 includes a uniformity grasping part 171 and an alarm part 172.

The uniformity grasping part 171 compares the reference uniformity information obtained by analyzing the pixel distribution on the surface of the functional adhesive layer 200 in the initial release state and the uniformity information, so that a lot of dust or moisture is attached to the functional adhesive layer 200. It performs the function of determining the state of the surface, such as whether the surface is smooth or not. Accordingly, the uniformity grasping part 171 also serves to determine the replacement of the functional adhesion layer 202 when the current surface state of the functional adhesion layer 202 is different from the initial release state.

The alarm part 172 provides a function of generating a replacement alarm through an alarm means when determining replacement of the functional attachment layer 202.

In this case, the alarm means may be a visual alarm means such as the above-described display panel or an audible alarm means such as a speaker mounted on one side of the housing of the blower 100.

According to this configuration and function, it is possible to inform in detail the replacement timing of the functional adhesive layer 202 according to the user environment in which the actual mattress is placed out of the uniformity of replacing the functional adhesive layer 202 with the passage of time. Provides a characteristic.

In addition, the functional adhesion layer 202 may contain a functional mixture in a space enclosed by a pack in order to provide an additional additional function. Of course, even when the functional attachment layer 200 is wrapped with the pack, a plurality of through-holes may be formed through the standing direction. In other words, a plurality of passage structures including through-holes such as straw are formed in the pack, and After installing this passage structure, it is possible to fill the remaining space, i.e. the space, with a functional mixture.

This functional mixture may consist of a mixture of 75 to 90 parts by weight of the base and 10 to 25 parts by weight of the reinforcing material.

Here, the base is a material that can be used as a filler for a cushion used as a material for a general mattress, and may be cotton, latex, memory foam, EPP (foam polypropylene), EVA (ethylene vinyl acetate copolymer), or the like. At this time, the mixing of the base and the reinforcing material may mean that the base is manufactured according to the shape of the cushion, and then the reinforcing material in the form of pellets is embedded in the base, or the base is also formed in the form of pellets and mixed with the reinforcing material.

In particular, the reinforcing material may include 20 to 35 parts by weight of loess powder, 10 to 20 parts by weight of germanium powder, 5 to 15 parts by weight of elvan powder, 5 to 15 parts by weight of charcoal powder.

Here, the loess powder can irradiate far-infrared rays that have a good effect on the human body, and when far-infrared rays are directly irradiated on the human body, it can provide effects such as heat-heating function and promotion of blood circulation to relieve fatigue and relieve mental stress. have. In addition, germanium is a semiconductor that has intermediate properties between metal and non-metal and can help to balance human potential, and elvan stone elutes 40 kinds of minerals that give vitality to the human body. It can help with health and care. In addition, charcoal powder can increase negative ions, affect parasympathetic nerves, and have an effect of relaxing tension in the body.

The reinforcing material made of a mixture of such a composition may be filled in the space in the form of powder or in the form of pellets.

Here, the pellet may be obtained through a process of making a dough through the above-described composition and then molding it into pellets having a size of 1 to 50 mm. At this time, the shape of the pellet may be in various shapes such as a spherical shape or a cylindrical shape, and a separate molding machine may be used to mold the dough into pellets.

The pellets thus molded may be dried at 100 to 120° C. for 24 to 48 hours to be completed as a reinforcing material. At this time, more preferably, the drying temperature is preferably set to 105° C., and drying and solidification of the pellets may proceed through this.

In summary, the reinforcing material in the form of powder or pellets including the above-described composition can effectively irradiate the body with far-infrared rays, thereby increasing body temperature to improve blood circulation and to increase metabolism to help recover from fatigue. In addition, it is helpful in relieving symptoms such as mental and physical stability, insomnia relief, atopy, skin problems, and shingles.

In addition, the above-described reinforcing material may further include an antimicrobial agent including cinnamon oil and tea tree oil to prevent the growth of bacteria and bacteria, thereby improving stability.

Specifically, the reinforcing material is ocher powder 20 to 30 parts by weight, germanium powder 10 to 20 parts by weight, elvan powder 5 to 15 parts by weight, charcoal powder 5 to 15 parts by weight, 1 to 15 parts by weight of an antibacterial agent including cinnamon oil and tea tree oil % Mixtures.
As described so far, the configuration and operation of the ventilation-based bed mattress having a functional frame according to the present invention is expressed in the above description and drawings, but this is only described as an example, and the spirit of the present invention is shown in the above description and drawings. It is not limited, and of course, various changes and changes are possible within the scope of the technical spirit of the present invention.

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10: mattress body 20: receiving portion
30: blower 31: first blower
32: second ventilation path 40: introduction
100: blower 110: fan
121: heater 122: germicidal lamp
123: display 124: communication unit
130: driving unit 140: sterilization lamp management unit
150: pressure-based management unit 151: sleep state information generation part
152: output part 160: vibration management unit
170: functional adhesive layer management unit 171: uniformity grasping part
172: alarm part 200: functional frame
201: base layer 202: functional adhesion layer
210: through hole 220: pressure sensor
240: surface detection sensor 250: sealing panel
260: leg 261: spring
270: connection 280: support
290: hinge

Claims (13)

As a ventilation-based bed mattress with a functional frame,
A blower having a fan and a driving unit for controlling driving of the fan;
A mattress body having a receiving portion accommodating the blowing device, and a blowing path recessed from an upper surface in a state having a predetermined length and pattern in the receiving portion to provide a moving path of the air introduced through the blowing device;
A sealing panel having a plurality of through-holes and filling the upper space of the blowing path forming an upper surface of the mattress body, a leg extending from a bottom surface of the sealing panel to a bottom surface of the blowing path, and a lower end of the leg It is bent in the functional frame including a support portion extending to a predetermined length along the bottom surface of the blower; characterized in that it comprises a bed mattress. The method of claim 1,
The leg,
A bed mattress, characterized in that made of a material having higher elasticity than the sealing panel. The method of claim 1,
The leg,
In a state spaced apart from the bottom surface of the sealing panel at regular intervals, it is characterized in that extending to the bottom surface of the blower in two, bed mattress. delete The method of claim 3,
Each of the two legs,
In the state of being made of a flexible material,
A bed mattress, characterized in that it is rotatably connected to the bottom of the sealing panel via a hinge. delete The method of claim 1,
The blower is provided with a sterilization lamp,
The driving unit,
Characterized in that it comprises a function of controlling the driving of the sterilization lamp when the fan is driven, bed mattress. The method of claim 7,
The sealing panel,
It has a plurality of pressure sensing sensors,
The blowing device,
At least one of a display and a communication unit capable of communicating with a user terminal,
And a pressure-based management unit including a sleep state information generation part that generates sleep state information through the pressure distribution of the pressure sensor, and an output part that transmits the sleep state information to one of the display and the user terminal. Made, bed mattress. The method of claim 1,
The sealing panel,
With the base layer,
A bed mattress comprising a functional adhesive layer including any one of a filter for purifying the air and a dehumidifying plate for absorbing moisture of the air, as detachable to the bottom of the base layer. The method of claim 9,
On one side of the blower,
It includes a surface detection sensor for generating roughness information by sensing the roughness of the surface of the functional adhesion layer,
The blowing device,
A functional adhesion layer management unit including a roughness grasping part that compares the roughness information with reference roughness information to determine whether the functional adhesion layer is replaced, and an alarm part that generates a replacement alarm through an alarm means when determining replacement of the functional adhesion layer Characterized in that including a, bed mattress. The method of claim 9,
The functional adhesion layer,
Filling a mixture consisting of 75 to 90 parts by weight of a base and 10 to 25 parts by weight of a reinforcing material in the space enclosed by the pack,
The reinforcing material,
A bed mattress comprising 20 to 35 parts by weight of loess powder, 10 to 20 parts by weight of germanium powder, 5 to 15 parts by weight of elvan powder, 5 to 15 parts by weight of charcoal powder. The method of claim 11,
The reinforcing material,
Further comprising an antimicrobial agent including cinnamon oil and tea tree oil,
The reinforcing material containing the antibacterial agent,
Ocher powder 20 to 30 parts by weight, germanium powder 10 to 20 parts by weight, elvan powder 5 to 15 parts by weight, charcoal powder 5 to 15 parts by weight, characterized in that consisting of a mixture of the antibacterial agent 1 to 15 parts by weight, bed mattress. delete

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